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test: update test...
90 lines
3.6 KiB
Python
90 lines
3.6 KiB
Python
import pytest
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from aare.gui.panels.monochromator_panel import MonochromatorPanel
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def test_current_energy_readout(qtbot, daq_status_factory):
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panel = MonochromatorPanel()
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qtbot.addWidget(panel)
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status = daq_status_factory()
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panel.update_daq_status(status)
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assert panel.current_energy_label.text() == "12.000 keV / 1.0332 Å"
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def test_fast_shutter_row(qtbot, daq_status_factory):
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panel = MonochromatorPanel()
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qtbot.addWidget(panel)
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# Placeholder until the first DAQ tick.
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assert panel.shutter_status_label.text() == "Fast Shutter: —"
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status = daq_status_factory()
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panel.update_daq_status(status)
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assert "Closed" in panel.shutter_status_label.text()
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status.bl = status.bl.model_copy(update={"shutter_open": True})
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panel.update_daq_status(status)
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assert "Open" in panel.shutter_status_label.text()
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# Buttons relay to the same DAQ signals the status-bar menu uses.
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with qtbot.waitSignal(panel.open_shutter, timeout=1000):
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panel.open_shutter_button.click()
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with qtbot.waitSignal(panel.close_shutter, timeout=1000):
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panel.close_shutter_button.click()
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def test_energy_spin_placeholder_limits(qtbot):
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# 4-20 keV is a placeholder pending Beamline Scientist confirmation; the
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# tooltip must say so because nothing downstream validates the request.
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panel = MonochromatorPanel()
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qtbot.addWidget(panel)
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assert panel.energy_spin.minimum() == 4.0
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assert panel.energy_spin.maximum() == 20.0
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assert "Beamline Scientist" in panel.energy_spin.toolTip()
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def test_energy_spin_motor_move_semantics(qtbot, daq_status_factory):
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# Same protection UX as MotorMoveGroup: the spin stages, only the button
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# sends, and the color walks neutral -> pending -> moving -> neutral.
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panel = MonochromatorPanel()
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qtbot.addWidget(panel)
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box = panel.energy_spin # movestate sits on the spin, not its inner edit
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sent = []
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panel.change_energy.connect(sent.append)
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assert not panel.change_energy_button.isEnabled() # nothing staged yet
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status = daq_status_factory()
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panel.update_daq_status(status) # readback 12.0 keV syncs the neutral spin
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assert panel.energy_spin.value() == 12.0
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assert not box.property("movestate")
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panel.energy_spin.setValue(12.4) # user staging
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assert box.property("movestate") == "pending"
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assert panel.change_energy_button.isEnabled()
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panel.energy_spin.setValue(12.0) # back to the readback cancels
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assert box.property("movestate") == ""
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assert not panel.change_energy_button.isEnabled()
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panel.energy_spin.setValue(12.4)
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panel.change_energy_button.click()
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assert sent and sent[-1] == pytest.approx(12400.0) # keV -> eV on emit
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assert box.property("movestate") == "moving"
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assert not panel.change_energy_button.isEnabled()
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# travelling: the spin keeps showing the target, not the readback
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status.diffraction = status.diffraction.model_copy(update={"energy_keV": 12.1})
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panel.update_daq_status(status)
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assert panel.energy_spin.value() == 12.4
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assert box.property("movestate") == "moving"
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# arrival within tol returns to neutral and readback tracking resumes
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# 12.3995 sits safely inside tol (the 12.399 boundary loses to float
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# error: 12.4-12.399 > 0.001); the spin then rounds to its 3 decimals,
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# hence the loose abs window on the value check.
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status.diffraction = status.diffraction.model_copy(update={"energy_keV": 12.3995})
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panel.update_daq_status(status)
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assert box.property("movestate") == ""
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assert panel.energy_spin.value() == pytest.approx(12.3995, abs=1e-3)
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